A Blockchain-based Dynamic Support of Kinematic Testing

Bence Tureczki, Henriette Steiner-Komoróczki, K. Szenes
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Abstract

This article presents a blockchain-supported evaluation and publishing method for kinematic models. As a modeling tool, OpenSim was chosen. The blockchain facilitates the hiding of the private part of the model, preserving the authors’ rights, and, at the same time, the publication of that part to be evaluated. For this evaluation, such excellence criteria are offered that were originally created for supporting corporate activities. The secret part of the model is tokenized by Ethereum-based NFTs (Non-Fungible Tokens). These tokens will provide for copyright issues.
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基于区块链的运动学测试动态支持
本文提出了一种基于区块链的运动学模型评估和发布方法。建模工具选用OpenSim。区块链有助于隐藏模型的私有部分,保护作者的权利,同时保护待评估部分的发布。对于这种评估,提供了最初为支持公司活动而创建的这种卓越标准。该模型的秘密部分是由基于以太坊的nft(不可替代令牌)标记的。这些令牌将解决版权问题。
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